Public Knowledge, Open Access
Jon D. Erickson
[1] Suber, Peter, “The Opening of Science and Scholarship,” Publius Project, June 4, 2008 [accessed on August 10, 2008, publius.cc/page/2/].
Welcome to the blog of the ARC, dedicated to encourage, facilitate, and disseminate scholarship that advances the quality and vitality of the Adirondack Park and related environs. For more information on our history, projects, annual conference, and the Adirondack Journal of Environmental Studies, please visit our web page at www.adkresearch.org.
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Public Knowledge, Open Access
Jon D. Erickson
[1] Suber, Peter, “The Opening of Science and Scholarship,” Publius Project, June 4, 2008 [accessed on August 10, 2008, publius.cc/page/2/].
CONTENTSFor more information on AJES, past issues, or to subscribe to the print edition, please visit www.ajes.org.
President's Message
by William F. Porter
Prerogative
Public Knowledge, Open Access
by Jon D. Erickson
Book Review
Acid Rain in the Adirondacks by Jenkins et al.
by James C. White
Commentary
A New Deal for the Adirondacks: Establishing an Adirondack CCC Modeled Program
by Eric Bouchard
Feature
Is a Sustainable Adirondack Park a Pipe Dream? An interview with Dr. Ross Whaley
by Graham L. Cox
Analyses
Development of an Adirondack Ecosystem Model
by Stephen Signell, Benjamin Zuckerberg, Stacy McNulty, and William Porter
The Genuine Progress Indicator: A New Measure of Economic Development for the Northern Forest
by Kenneth J. Bagstad and Marta Ceroni
The team found a general link between increased acidity and decreased bacterial diversity, but surprisingly, most of the dominant species of bacteria were not directly impacted by acidification. However, some rarer types of bacterial populations were significantly or strongly correlated to acidity, rising and falling with fluctuations in water pH. The findings could eventually allow scientists to use these bacteria as indicators of lake recovery, according to Sandra Nierzwicki-Bauer, director of the Darrin Fresh Water Institute and professor of biology.The full article can be read at: www.sciencedaily.com/releases/2008/06/080623175401.htm. For more information on the research of the Darrin Freshwater Institute, see their web page at: www.rpi.edu/dept/DFWI/.
[The following editorial was published in the most recent issue of the Adirondack Journal of Environmental Studies, Vol. 14, No. 2, 2008]
Jon D. Erickson
Sprawled across six million acres in upstate New York, the Adirondack Park is by far the largest park in the lower 48 states. Yet it is the only one on the continent in which large human populations live and whose land is divided almost evenly between protected wilderness and privately owned tracts. Through the varied perspectives of many passionate characters, this program explores the remarkable history, seasonal landscape, and current state of the Adirondacks.For more information visit http://www.pbs.org/theadirondacks/. For a sneak peak, check out the YouTube trailer below.
In the Adirondack region of northern New York, USA, severe weather and deep snow typically force white-tailed deer (Odocoileus virginianus) to congregate in areas of dense coniferous cover and along watercourses at lower elevations. We examined 16 yards in the Adirondacks and explored the observation that deer have changed their movement behavior to incorporate residential communities within their wintering areas. We compared locations of deer herds in 2003 and 2004 to deer wintering areas mapped during the 1960s and 1970s. Deer were predominantly absent in 9 of 16 historical yards but were present in residential communities within the same drainage. Yarding areas to which deer shifted contained more residential, deciduous, and mixed cover than yards where no shift occurred, indicating that deer in residential areas were using conifer and mixed cover at a finer scale than deer in nonresidential areas. Smaller winter ranges and core areas of marked deer in a residential winter yard further imply greater concentration of resources available in these areas. Marked deer demonstrated flexibility in core winter range fidelity, a behavior that allows for more permanent shifts as habitat and food resources change or as new areas with appropriate resources are encountered. Our study suggests that low-density residential areas in lowland conifer forests may provide an energetic advantage for deer during winter due to the assemblage of quality habitat interspersed with open areas and a variety of potential food sources in environments where movement is typically constrained by deep snow. Managers should consider the potential for changes in use of deer wintering areas prior to land conservation efforts and may need to adapt management strategies to reduce conflicts in communities occupied by deer during winter.